Refrigerator.



. wav

time Mumia Gitarre@ or maken, .4 iuzoNA'.

I Td all w-om may convent," y j Beit known that 1, CALME M.- GRAHAM, a citizen of the United States, and a resident of'larker, in the Qounty of Yuma and State' of Arizona, h ai'e invented'a new and useful Improvement in Refrigerators, ofwvliieh the tollowingfis a specification. i"

My invention is an improvement in refrigerators,` and the lnvention` has for ltsolnect to provide axrelrigerator ofthe character specified, wherein' an ice receiving chamber andv a series of food receiving chambers lare provided, so arranged that the airwill ircalate downthrough the 'ice chamber tobe the material to be 'refrigerat ed and will againpass upward to be again coolerhthus providing a contlnuons. circulation through the refrigerator and aboutihe icc and the material to. he refrigerated. i

In the drawing S':.-f-4

. proved refrigerator, Fig. 2"1s alve'ltical slxztion, n Figs. 3 'and4 are seetionslon the ln'ies3`-' and 4494, res} ie cti \ely, "oi" Fig.' feaeh look- 'A ing in the direction of the arrows acont ltothe line, Fig; 5 is an vthe ,drain trap, and Fignjis a perspective View of theupper end Vof lthe pipe and the' cap for the same.`

I-nthe present embodiment of the"inventiprrnrn Unter casing 1 of wood is prorided, 'the bald casing, being divided into an ice compartment and into three storage' coin.- partrnent vertical partitions 2 and transjfcrsev rtfilll'ons 3 and ft.. Thil caslng 1s also pli-cavi ed Wthfeet 5 fonsupporting the saine bui To tontaet with the Hoor.l and the feet arepreferitbljf provided with rasters or rollersV4 as shown. V

vided for closing the Several' con'umrtnwnts, thefloors being hinged to th'c casing' :ttul:

havin" latches for holding' tluin in adjusted 4 r vh l position.

'A-"limng l'ljof.. paper lsarranged within thin Hthe lining ll. .M

cooled and will 'pass around the food: receiving .chambers to 'absorb' the -heat .frein Figure l is a "perspective View o' `the, im!

4enlarged "sectional, detail of cated at 'The compartmlents open at tliegiront of the' casingannd' doors 7, S, E) and l() are p romantenerme.

l spqcincatian. oftetrters Patent I 'attent-ell Mar. 20, 1917. Application inea February 17, 191s. serial No. 7 5,819.

ivliich `ho'ldsthe :orli in place.y The linings Y11, 173g and 15 are all'preferablymade oi" Awateiproof 'paper to prevent inoisturiI yreaching the asbestos lining 12.

A thin lining; i6V of Iwood arranged on the inner side of the lining 1515i'. paper,- and the-wall isconip eted by a lining li' ot' galv anized. tin. Thel doors 7,' 85.1.9 and l() are formed of layers in precisely the saine? man ner as' the wall, and the door-openings and ythe door edgesfarc faced with wood as, shown at 19 in lfigs. 3 and 4. l The several compartments arc fornicddiy minor casings which fit Within the major or niain casing,` and these lpii'ioricasing's are supported by substantially-Uslia|'ied `cross" `bars 20, which are ,arranged with their bodies upward ard their side walls depending, andthe bar: are held in placey in any suitable inan'ner, suhas by soldering.

A Casiny 22 `is arranged within "ther-onipartmei'it dosed by' the door Si anda siinilan casing 23 is arranged within the. colnpartinent closed by the door').f A.' smaller and niateriabis arranged within the rempart s'i'lpiilar casingf is arranged Within` thi-. ciiinlmrtmentclosed bythe doorV l0, and a'l ffcasing 25 'haring its loweralid upper ends closed by sheets or screens-,E2G of perioratc arranged across the ire chamber and liar-H ing their bodies resting in thefhotl'oln nl the pan and havn pqthnr sidewalls extrudingr upward and riveted tn aco'rruguued sheet- 2!) oF metal upon which the im indi-e and 'the sliectZS) of corrugated material casing. lt will be noted from an inspection 550 ada `)ted to rest. This easing 25' has its lower cndfsealcd .inthe pan 2i'.

of liigr-.fi that thueasings Q2 and 23 have A f i ations 3l, in theirtops in' oriliito lpfwrnil ireul on of air and 'inviati ,nire-n s i -1 'lfhc d rip pan lusgafdcpre sion 35 iii one iari-nei#india drip pjipe 3Q has s upper ,crid' i extended through an opening into the del Y ment through the drip pipe; I

The eirculationof lair'isiiidicnted in Fig. 2 by the arrows, and' will be noticed that en a cap 38 4is seated in the pression. Itw 1 be noted from an inspectondf Fig. 5 that 'the upper end of the pipe .ex ends' above the bottom of'the depression the upper end of the pipe. recesses or notches 39 in its lower edge which permit .the drip vor melted ice `to flow intothe pipe but prevent the entrance of'air through the pipe and the 'pipe entends through thebottom ofthe casing 1 as shown in' Fig. 3'.'

The inelted ice-passesdown from the corrugated sheet29into the drip pan and finally'ieaches the depression 35. It'will .be notcedthatthe upper. end'of the pipe 36 is av trile"l`iigher thanthe tops of the notches '39, so that nir cannot enter th the air passesdownif'thrugh the' sheet 26 dOWIl yaround the minorcasings 2 4.and 22?,

i. thoroughly aerated sind refrigerated.

',maiterial to be refrigerated, as for instance,

at the top of the casing 25 around the ice and down" between the side edges of the corrugated-'sheet andthedrip "pan. 'The air pnssesbver the .sides-.of the drip'pan andv and. thenfpasses upward around thev casing 22. The interior of the casing is l'ius he foodof- `s 'uitable eha'racterlis supported by' .the perforate shelves 31;'4 a'nd the `cooled;:lair

. dias access to .every .part f the said material.

' the front fof the For family u se,`th`e ice chamber thatjs, the space .within the casing 25 willhaveia capacity ofV one hundred and thirtyfve V"(135) pounds of ice andthe ice will be spp:- ported out O fcontact-with .thel walls o'f; ;A h chamber. vIt will `be;'I iotieed from an ins c tion of Figs. 3 and 4 thetthedoor eham'b'eiy- .that

.c tenen@ 25'A heopenf'fron Y ivf .ther-wings '22; 2B ach foodcheinber5JasalSO-the ice chenif.-v

of :it least two inches depression over This cap hasv is encircled by larger chambers 22 und 23 have the o ene ice compari" .ings at their t0 bei', has oneach sidel an air space and4 in ractic'e ythus space will be atleast two inches in thickness. That' is, theijf'itv will be a, space each cusing22 to 25'and the -elven'ized 1ining of thecasing 1. The codd -air pessing downward forces `the. heated air upward which then comes in contact with the ice and is inturn cooled to pass down-ward to drive upward lthe cooled air which has absorbed heat fromA the. artieleshto be refrigerated andv thecirculation is continuous. Y

Each opening into the ice chamber is carefully screened to prevent any forei n substance from entering. Each 'food c iambei' a layer of cold air, and the to permit a circulation rom the interior` t ereof. especially designed for receiving butter, eggs and milk.

It will be noticed that f acing stips'are 'arranged between the casings and connected ing the partitions 2,` 3 andA-s g-claiim- A'refrigerator comprising a 'easing ha-va non-heat conducting'lining an'd'proto the'edges thereof, `the facing strips formin lvided with minor' metallic casings for re.- ceivng the material to lbe refrigerated and -the ice to refrigerate, Said in inor c asings .be-

ing supported' loosely in the main casing and vbeing'spaced-iapart from the walls thereof and r other to' permit the freeeiraboutl and between said minor om each culation of-air cesings', a drip pan in connection with the casing" for the ice, each of said material reqeiving casins'having 'shelves of perforate material, an the 'lce'freceivin'g essin hav- -ported b -the-drip pani y -llXLL'IE MARILIS GRAHAM.

"Witnesses to signature: s- ,FBANK 'DES GEQRGES,

l :El EfHonN.

between the wall of' perf ate material an' .sup-4 aso.A 

